Abstract: The present invention provides a system for the study of tau protein aggregation in neuronal cells in vitro which can be used to screen agents for therapeutic effectiveness against aggregates of tau protein or fragments thereof.

Abstract: Provided is a curable ink composition, in particular a curable inkjet ink composition. The ink composition has a dye monomer, a carrier monomer and an initiator. The dye monomer has a chromophore moiety that is covalently bonded to at least one polymerizable functional group and is present at 1.0 wt % or more based on total weight of the ink composition. The carrier monomer has at least one polymerizable functional group and is present in at 50 wt % or more based on total weight of the ink composition. The ink compositions are suitable for radiation curing such as UV curing and have good cure properties or light fastness properties.

Abstract: Software-executed methods employed by computer-based systems deployed via intranets and the Internet are described. The software-executed methods include computer readable instructions to allow access and to identify at least one changing attribute, either spatially related or alphanumerically related, that exists between an originally created Geographical Information System dataset file and its replicated variation or child versions. The computer readable instructions also provide for the synchronizing and storing the child versions to the parent or original dataset file in the Geographical Information System and to an external business system.

Abstract: A cart-borne ultrasonic diagnostic imaging system includes an image display which is mounted on an articulating mechanism on the cart. The articulating mechanism enables the image display to be moved relative to the cart from a nominal centered and forward-facing position to the side of the cart and to be rotated toward the side of the cart. The image display can also be articulated to face upward or downward from its nominal position. The image display includes a handle mounted on the front of the display which can be gripped by the user to move the display rotationally, forward and back, left and right, and to face upward or downward. Either a CRT display or a flat panel display can be articulated in this manner.